Os trocadores de calor gaxetados são tão estabelecidos hoje que poucos poderiam imaginar qualquer mudança real em seu design de placa e estrutura. Mas sabemos que quando se trata de resolver seus desafios, simplesmente aceitar o status quo não é o suficiente. É por isso que a Alfa Laval está sempre inovando a sua geração de trocadores de calor de placas gaxetados para aplicações industriais. Para atender às suas necessidades hoje e amanhã, questionamos cada aspecto e repensamos cada detalhe. Os resultados são novos padrões ousados em eficiência, confiabilidade e facilidade de manutenção.
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The latest additions to the next generation gasketed plate heat exchangers are here - welcome Alfa Laval T6-B and Alfa Laval T6-P! In general, the T6 range is more efficient than the predecessor M6 and the compact footprint makes it an attractive alternative in many applications and industries such as industrial utility applications, heating/cooling in food and water, HVAC duties or in general utility process applications. For example, the T6-B allows for higher thermal duties compared to its predecessor M6 which makes it specifically interesting for heat recovery applications. The T6-P incorporates FlexFlow TM plate design that utilizes asymmetry to enable a more precise thermal fit. The many configurable variations will ensure highest possible efficiency for any duty. Thanks to other next-generation features such as the OmegaPortTM non-circular ports and the CurveFlowTM distribution pattern, the T6 range provides great anti-fouling capabilities enabling prolonged service intervals, higher operational efficiency and lower service costs.
Alfa Laval’s M10 has long been the market’s most versatile gasketed plate heat exchanger. Able to provide high thermal performance in a wide range of applications, it has set a global standard for energy efficiency and sustainability. But for us, just setting the standard is never good enough. That’s why we’ve created T10 – M10’s successor that’s breaking new barriers. Built with a revolutionary new plate concept, T10 eliminates the compromise between efficiency and pressure drop. With the improved design, we can better accommodate uneven flows, making it possible to optimize the performance of the heat exchanger according to its specific position in your processes. The result is up to 30% higher efficiency and reduced fouling for reliable, cost-effective performance. And that’s just the start. Whatever the application, T10’s truly sustainable, energy-saving design creates additional possibilities to meet environmental targets. And the new plate concept ensures lower total cost of ownership thanks to a smaller footprint and reduced maintenance needs.
Businesses with high-pressure heating or cooling demands have long been forced to rely on low-efficiency shell-and-tube heat exchangers or fully welded technologies that can crack after repeated stress cycles. But all that is about to change. Thanks to groundbreaking innovations, Alfa Laval has developed a new generation of semi-welded heat exchangers that provide reliably high thermal performance even in the most demanding applications. Alfa Laval’s flexible semi-welded cassettes also offer improved fatigue resistance to handle a much higher number of pressure and temperature cycles than fully welded alternatives. The end result is the safest, most reliable, and most energy-efficient technology available for heat pump and cold storage duties. The latest addition to the high-performing family is Alfa Laval Industrial semi-welded T10-EW, taking pressure- and temperature resistance to a whole new level.
The next-generation T25 is available with two plate configurations that helps you to boost energy efficiency and minimizing environmental impact. The T25-B is specially engineered for high-pressure applications that require the closest temperature approach such as: General HVAC cooling applications and data center cooling Energy transfer stations in district cooling networks Pressure breakers in high-rise buildings or in district heating networks Alfa Laval T25-P offers a durable and flexible heat transfer solution for industrial processes requiring the unit to perform reliably under tough conditions. Some examples are: Heat recovery duties and amine interchanger Service-intensive duties and crude oil heaters Duties where reliability is crucial, such as offshore crude dehydration